Description
Geographic Information Systems (GIS) is an information system based on spatial data and represent objects on earth. The GIS itself in information technology is a tool which helps in storing the data, process the data, analyze the data, managing data and presenting information. GIS is a computerized system that helps in the maintenance of data about the environment in the field of geographic (De Bay, 2002). The GIS always had a relationship with the disciplines of Geography; it has a relationship with the discipline relating to those in the earth’s surface, including the planning and architecture of the area (Longley, 2001). Data in GIS consists of two components, namely spatial data related to the geometry of spatial and data attributes that provide information about the spatial shape (Chang, 2002). According to these opinions can be understood that the contents of activity in the field of The GIS is an integration of the diverse scientific fields based on the allocation of the GIS activities carried out. Implementation of these activities does not necessarily refer to the inclusion of computers as one element in the information system.
Information systems or spatial data-based at this time is one of the most important elements because it serves as the foundation for implementing and supporting a wide range of applications. For example in the field of environment, development planning, layout, transportation management, irrigation, mineral resources, and social and economic, etc. Therefore, a wide range of organizations and institutions want to obtain spatial data which consistent, available and has good accessibility. Especially those associated with forwarding planning, geographical data is still considered expensive and take a long time to produce (Rajabidfard, A. and I.P. Williamson 2000). Last few years, many countries have invested in development activities and the development of information systems. Especially in the use, storage, process, analyze and disseminate the views and information.
Objectives
After following the training, expected to participants were able to:
- Understanding the concept of The GIS Spatial Modeling
- Analyzing the classification of spatial data models with appropriate
- Understanding the process and benefits of The GIS spatial modeling
Course Content
1. Understanding spatial data
2. The concept of spatial analysis
3. Function GIS Spatial Modeling
4. Sources Spatial Data
- Satellite imagery
- map Analog
- Aerial Photo
- Tabular Data
- Data Survey
5. Classification of Spatial Data Model
6. Spatial processing
7. Case study
Participants
This training is intended for professionals who require GIS Modeling Spatial Sciences
Place
- Ibis Style Hotel Yogyakarta
- Gino Feruci Hotel Bandung
- Sofyan Betawi Menteng Hotel Jakarta
- Ibis Style Kuta Circle Hotel Bali
- In House Training*
The Facility and investment
- The facility: Hard Copy Material, USB Flash disk, Training Kits, Coffee Break & Lunch, Certificate, Photo Group, Souvenir
- Investment of Rp. 6.000.000,- (Six million rupiah) per participants nonresidential
- The price is not including taxes
E-Learning
- Using the Zoom Application
- The facility: Hard & Soft Copy File, USB Flashdisk, Training Kits, Certificate, Souvenir
- Investment of 4.000.000,- (four million rupiah) per participants nonresidential
- The price is not including taxes
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